CN101190749A - Multi-conveying-line negative pressure batch material feeding processing equipment - Google Patents
Multi-conveying-line negative pressure batch material feeding processing equipment Download PDFInfo
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- CN101190749A CN101190749A CNA2006101611046A CN200610161104A CN101190749A CN 101190749 A CN101190749 A CN 101190749A CN A2006101611046 A CNA2006101611046 A CN A2006101611046A CN 200610161104 A CN200610161104 A CN 200610161104A CN 101190749 A CN101190749 A CN 101190749A
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Abstract
A subpressure batch material feeding processing equipment of multipass conveying lines sends a plurality of materials from one material input area along one transferring direction to a material output area after batch processing. The equipment is provided with a plurality of feed tracks, a plurality of subpressure feed tracks, a batch of processing feed track, a buffering clamping mechanism, a buffering brake controlling mechanism and a material pushing mechanism. When being transferred, the materials are sent to the batch processing track to be batch processed by passing through the feed track and the subpressure feed track in sequence, then the materials are sent to the material output area. In the process, when the quantity of the materials of each feed track is higher than a default, the buffering clamping mechanism can clamp the materials to reduce the transferring speed of the materials, while when the quantity of materials of each subpresure track is at least equal to one predetermined quantity of batch feed material, the buffering brake controlling mechanism can be opened to lead the materials to pass through, and the material pushing mechanism is used for pushing the materials to the material output area.
Description
Technical field
The invention relates to a kind of material transfer equipment, be meant a kind of negative pressure batch material feeding processing equipment that is applied to multi-conveying-line especially, so that most materials are carried out batch processed synchronously.
Background technology
General manufacturing line links numerous work by feed track and is formed.Because the required the number of working processes of each workstation is not quite similar, so must be according to production capacity characteristic to the different operating station, make full use of shunting and link each workstation with the adjusting mode of movement at interflow, so that the production capacity of each workstation is carried out the macro adjustments and controls of conformability, with the integral production efficient of effective this manufacturing line of increase.
Under this prerequisite, general existing feedway most likely utilizes multi-conveying-line to come convey materials.In addition, at processing procedures such as specific processing, assembling and packings, such as carry out mould printing, lock screw, processing procedures such as the synthetic clamping plate of fit, packing interfold toilet paper and beverage, special dependence batch sequential charging, simplifying operating cost, to reduce the processing quality variation, and then meet processing requirements.
Yet, in the practice utilization, because the speed of production of each workstation is not quite similar, when mass transport during to each workstation, some feed track can be piled up a large amount of pending materials because front end material processing speed is slow, the rear end material then continues forward end and advances, and pushes the material of front end and cause material to depart from both problems of allocation.Some feed track then can be too slow because of the rear end feed rate, and cause front end to lack material.Therefore, often can't guarantee that each feed track all reaches under the situation of a batch material feeding amount of being scheduled to, and just carries out batch processed with mass transport to batch processed zone.Change to say it, promptly can't be really and effectively with material control in batch situation of equivalent pan feeding, that is can't satisfy the requirement of above-mentioned batch processed at all.
The technical matters that institute of the present invention desire solves:
Analyze in the prior art, cause the principal element of batch material feeding processing really, connect the mode of convey materials no more than existing feedway only utilizes multiple tracks mostly, prevent to push the problem that the front end material produces front end material position deviation with regard to lacking suitable regulation mechanism at all because of the rear end material.
In addition, when material carries out batch processed, tend to expend the more time, therefore, after finishing batch processed, preferably can try one's best is delivered to next workstation fast and reposefully, delivery speed and smoothness that prior art does not then provide suitable mode to promote material in this regard.
Summary of the invention
Edge this, main purpose of the present invention is to provide a kind of negative pressure batch material feeding processing equipment of multi-conveying-line.This negative pressure batch material feeding processing equipment possesses suitable negative pressure generation unit, clamping device and lock control mechanism is arranged, use material is adsorbed on the feed track reposefully and carry, and the buffering rear end material speed of pushing the front end material, make the front end material be unlikely to depart from set position because being subjected to pushing of rear end material.
In addition, secondary objective of the present invention is to provide a kind of negative pressure batch material feeding processing equipment of multi-conveying-line.This negative pressure batch material feeding processing equipment possesses pusher, at high speed and reposefully material is pushed to the material output area.
The technological means that the present invention deals with problems:
The present invention provides a kind of negative pressure batch material feeding processing equipment of multi-conveying-line for the technological means that problem adopted that solves known technology, be in order to a majority material from a material input area, through after the batch processed, be delivered to a material output area along a throughput direction, it is characterized in that the negative pressure batch material feeding processing equipment of this multi-conveying-line comprises:
One charging travel line includes:
A most charging feed track, each charging feed track possesses respectively a charging input end and a charging mouth is arranged, and this charging input end is to be adjacent to this material input area, and this charging mouth is to be communicated with this charging input end;
A most negative pressure transportation road, each negative pressure transportation road possesses respectively a negative pressure transportation input end and a negative pressure transportation mouth is arranged, this negative pressure transportation input end is a corresponding respectively end that is adjacent in this charging mouth, and this negative pressure transportation mouth is to be communicated with this negative pressure transportation input end;
At least one negative pressure transportation detecting counting unit is to be installed in this negative pressure transportation road, with detecting and the material quantity of calculating through this negative pressure transportation road;
Handle the pusher output line for one batch, be to be adjacent to this material output area, and include one batch and handle feed track, this batch processed feed track possesses one batch of feeding end and one batch of discharge end, this batch material feeding end is to be adjacent to this negative pressure transportation mouth, and this batch discharge end is to be communicated with this batch material feeding end;
One buffer gate control mechanism, it is the adjoining position that is arranged at this negative pressure transportation mouth and this batch material feeding end, when the detecting of each negative pressure transportation detecting counting unit when calculating material quantity through each negative pressure transportation road and equal a default batch material feeding quantity all at least, this buffer gate control mechanism can be opened, and makes the material of batch material feeding quantity on each negative pressure transportation road be delivered to this batch processed feed track via this batch material feeding end simultaneously;
When this negative pressure batch material feeding processing equipment is carried this material, this material is from this material input area input, along this throughput direction, in regular turn via this charging input end, this charging mouth, this negative pressure transportation input end, this negative pressure transportation mouth and this batch material feeding end, carry out batch processed and be delivered to this batch processed feed track, and then be delivered to this material output area.
Wherein, between the batch material feeding end and batch discharge end of this batch processed feed track, also possess most along this throughput direction and the at interval dividing plates of installing are arranged.
Wherein, this batch processed pusher output line also includes a discharging feed track, and this discharging feed track possesses a discharging input end and a discharging mouth, and this discharging input end is to be adjacent to this batch discharge end, this discharging mouth is to be communicated with this discharging input end, and is adjacent to this material output area.
Wherein, between discharging input end and this discharging mouth, the both sides of this discharging feed track are equiped with the discharging guide plate that extends along this throughput direction.
Wherein, also be equiped with a pusher, this pusher includes several pusher gears, a pair of pusher chain and at least one pusher cross bar, this pusher gear is the both sides correspondence position that is disposed at this batch processed pusher output line in pairs, this is that the toe joint cover invests this pusher gear respectively to the pusher chain, this pusher cross bar possesses has two to link the end and a body of rod, this binding end is the select location that is fixedly linked on this pusher chain respectively, so that this body of rod is across the both sides of this batch processed pusher output line, when this this batch processed pusher output line of material process, the body of rod of this pusher cross bar can promote this material along this throughput direction and advance, to increase the degree of stability and the speed of carrying this material.
Wherein, this charging feed track is equiped with at least one charging detecting counting unit, with detecting and the material quantity of calculating through this charging feed track.
Wherein, adjoining position at this charging mouth and this negative pressure transportation input end is provided with a buffering clamping device, when the detecting of this charging detecting counting unit when calculating material quantity through this charging feed track and be higher than default value, this buffering clamping device meeting clamping material is to slow down the delivery speed of material on this charging feed track.
Wherein, between this batch material feeding end and this batch discharge end, also be equiped with most and extend to the dividing plate of this batch discharge end, to separate this material and to carry out batch processed from this batch material feeding end.
The present invention contrasts the effect of prior art:
Compared to general existing material transfer equipment, the negative pressure batch material feeding processing equipment of multi-conveying-line provided by the present invention, can not only effectively material be positioned at set position by negative pressure generation unit, clamping device and lock control mechanism, and guarantee that the front end material is unlikely to depart from because being subjected to pushing of rear end material set position.Simultaneously, more can effectively utilize this pusher at high speed and reposefully material be pushed to the material output area.
Description of drawings
For further specifying concrete technology contents of the present invention, below in conjunction with embodiment and accompanying drawing describes in detail as after, wherein:
Fig. 1 is the schematic perspective view that shows preferred embodiment of the present invention;
Fig. 2 is the schematic side view that shows preferred embodiment of the present invention;
Fig. 3 is the scheme drawing that shows the buffering clamping device in the embodiment of the invention;
Fig. 4 is the scheme drawing that concerns that shows in the preferred embodiment of the present invention between material, negative pressure transportation road and buffer gate control mechanism;
Fig. 5 is the preferred application illustration intention that shows preferred embodiment of the present invention.
The specific embodiment
See also Fig. 1 and Fig. 2, Fig. 1 is the schematic perspective view that shows preferred embodiment of the present invention, and Fig. 2 is the schematic side view that shows preferred embodiment of the present invention.As shown in the figure, one negative pressure batch material feeding processing equipment 100 is to be disposed between a material input area 1 and the material output area 2, with with a majority material 3 from this material input area 1, after batch processed (such as lots processed, batch assembling and batch packing or the like), be delivered to this material output area 2 along a throughput direction I.This negative pressure batch material feeding processing equipment 100 includes a charging travel line 4, one batch and handles pusher output line 5, buffering clamping device 6, a buffer gate control mechanism 7 and a pusher 8.
This charging travel line 4 includes most charging feed tracks 41 and negative pressure transportation road 42.Each charging feed track 41 possesses respectively a charging input end 411 and a charging mouth 412 is arranged, and this charging input end 411 is to be adjacent to this material input area 1, and this charging mouth 412 is to be communicated with this charging input end 411.Each negative pressure transportation road 42 possesses respectively a negative pressure transportation input end 421 and a negative pressure transportation mouth 422 is arranged, this negative pressure transportation input end 421 is corresponding respectively ends that are adjacent in this charging mouth 412, and this negative pressure transportation mouth 422 is to be communicated with this negative pressure transportation input end 421.In addition, even this negative pressure transportation road 42 is equiped with a negative pressure generation unit 423, uses this negative pressure transportation road 42 is fixed in 3 absorption of this material, and then increase the degree of stability of carrying this material 3.
This batch processed pusher output line 5 is to be adjacent to this material output area 2, and includes one a batch of processing feed track 51 and a discharging feed track 52.This batch processed feed track 51 possesses one batch of feeding end 511, one batch of discharge end 512 and most dividing plates 513, and this batch material feeding end 511 is to be adjacent to this negative pressure transportation mouth 422, and this batch discharge end 512 is to be communicated with this batch material feeding end 511.This dividing plate 513 be the position between this batch material feeding end 511 and this batch discharge end 512, and this batch material feeding end 511 extends to this batch discharge end 512 certainly, to separate this material 3 and to carry out batch processed.
This discharging feed track 52 possesses a discharging input end 521, a discharging mouth 522 and a pair of discharging guide plate 523.This discharging input end 521 is to be adjacent to this batch discharge end 512, and this discharging mouth 522 is to be communicated with this discharging input end 521, and is adjacent to this material output area 2.This discharging guide plate 523 be the position between discharging input end 521 and this discharging mouth 522, and extend installing along this throughput direction I.
This buffering clamping device 6 is arranged on the adjoining position of this charging mouth 412 and this negative pressure transportation input end 421.This buffer gate control mechanism 7 is the adjoining positions that are arranged at this negative pressure transportation mouth 422 and this batch material feeding end 511.This pusher 8 includes several pusher gears 81, a pair of pusher chain 82 and at least one pusher cross bar 83.This pusher gear 81 is the both sides correspondence positions that are disposed at this batch processed pusher output line 5 in pairs, this is that the toe joint cover invests this pusher gear 81 respectively to pusher chain 82, this pusher cross bar 83 possesses has two to link the end 831 and a body of rod 832, this binding end 831 is the select locations that are fixedly linked on this pusher chain 82 respectively, so that this body of rod 832 is across the both sides of this batch processed pusher output line 5.
When this negative pressure batch material feeding processing equipment 100 is carried this material 3, this material 3 is from this material input area 1 input, along this throughput direction I, in regular turn via this charging input end 411, this charging mouth 412, this negative pressure transportation input end 421, this negative pressure transportation mouth 422 and this batch material feeding end 511, carry out batch processed and be delivered to this batch processed feed track 51, and then be delivered to this material output area 2 via this discharging feed track 52.When these material 3 these batch processed pusher output lines 5 of process, the body of rod 832 of this pusher cross bar 83 can promote this material 3 along this throughput direction I and advance, to increase the degree of stability and the speed of carrying this material 3.
Every personage who is familiar with correlation technique all can understand, in order more accurately and effectively to grasp the conveying quantity and the speed of this material 3, can install at least one charging detecting counting unit 9a at the select location of this charging feed track 41, and it onlinely is incorporated into existing material flow rate monitored control system, with detecting and calculate material quantity through this charging feed track 41.In the process of carrying this material 3, when this charging detecting counting unit 9a detecting when calculating material quantity through this charging feed track and be higher than default value, these buffering clamping device 6 these materials 3 of meeting clamping are to slow down this material 3 delivery speed of 41 on this charging feed track.
Similarly, also can be in this negative pressure transportation road at least one negative pressure transportation detecting of 42 installings counting unit 9b, and it onlinely is incorporated into existing material flow rate monitored control system, with detecting and the material quantity of calculating through this negative pressure transportation road 42.When each negative pressure transportation detecting counting unit 9b detecting when calculating material quantity through each negative pressure transportation road 42 and equal a default batch material feeding quantity all at least, this buffer gate control mechanism 7 can be opened, and makes the material of batch material feeding quantity on each negative pressure transportation road 42 be delivered to this batch processed feed track 51 via this batch material feeding end 511 simultaneously.In addition, more can handle detecting counting unit 9c for a collection of at least time, and it onlinely is incorporated into existing material flow rate monitored control system, use detecting and the material quantity of calculating through this batch processed feed track 51 in 51 installings of this batch processed feed track.
See also Fig. 3, it is the scheme drawing that shows the buffering clamping device in the embodiment of the invention, is further described with the configuration mode at this buffering clamping device 6.As shown in the figure, this buffering clamping device 6 includes a upper mounted plate 61, a movable platform 62 and a top-pushing mechanism 63.Hold the above, when this charging detecting counting unit 9a detecting is higher than default value with the material quantity of calculating this charging feed track of process, this top-pushing mechanism 63 is this movable platform 62 of pushing tow upwards, reduces distance between 61 of this movable platform 62 and this upper mounted plates, to seize this material 3 on both sides by the arms.
See also Fig. 4, it is the scheme drawing that concerns that shows in the preferred embodiment of the present invention between this material 3, these negative pressure transportation road 42 these buffer gate control mechanisms 7 and this negative pressure generation unit.Hold the above, when each negative pressure transportation detecting counting unit 9b detecting when calculating material quantity through each negative pressure transportation road 42 and equal a default batch material feeding quantity all at least, this buffer gate control mechanism 7 can be opened, and the material that makes batch material feeding quantity on each negative pressure transportation road 42 is by this buffer gate control mechanism 7.
Please continue to consult Fig. 5, it is the preferred application illustration intention that shows preferred embodiment of the present invention.In should use-case, be that this negative pressure batch material feeding processing equipment 100 is applied to material batch packing.As shown in the figure, when this material 3 after 1 input of this material input area, can be along this throughput direction I, in regular turn via this charging input end 411, this charging mouth 412, this negative pressure transportation input end 421, this negative pressure transportation mouth 422 and this batch material feeding end 511, carry out preliminary batch of packing processing and be delivered to this batch processed feed track 51, and this material 3 is packaged into a transition packing materials 3a in twos.These transition packing materials 3a can deliver to this discharging feed track 52 and carry out final packaging in a nearly step, so that six transition packing materials 3a are packaged into a final packaging material 3b.Can be known from experience easily by above explanation, this application examples can be widely used in the package handling of interfold toilet paper, beverage, food and various former material.
By the above-mentioned embodiment of the invention as can be known, the value on the true tool industry of the present invention.Only above embodiment explanation only is preferred embodiment explanation of the present invention, all habit in this operator when doing other all improvement and variation according to the above embodiment of the present invention explanation.Yet all improvement and variation that these are done according to the embodiment of the invention are in the claim that still belongs to invention spirit of the present invention and define.
Claims (8)
1. the negative pressure batch material feeding processing equipment of a multi-conveying-line, be in order to a majority material from a material input area, through after the batch processed, be delivered to a material output area along a throughput direction, it is characterized in that the negative pressure batch material feeding processing equipment of this multi-conveying-line comprises:
One charging travel line includes:
A most charging feed track, each charging feed track possesses respectively a charging input end and a charging mouth is arranged, and this charging input end is to be adjacent to this material input area, and this charging mouth is to be communicated with this charging input end;
A most negative pressure transportation road, each negative pressure transportation road possesses respectively a negative pressure transportation input end and a negative pressure transportation mouth is arranged, this negative pressure transportation input end is a corresponding respectively end that is adjacent in this charging mouth, and this negative pressure transportation mouth is to be communicated with this negative pressure transportation input end;
At least one negative pressure transportation detecting counting unit is to be installed in this negative pressure transportation road, with detecting and the material quantity of calculating through this negative pressure transportation road;
Handle the pusher output line for one batch, be to be adjacent to this material output area, and include one batch and handle feed track, this batch processed feed track possesses one batch of feeding end and one batch of discharge end, this batch material feeding end is to be adjacent to this negative pressure transportation mouth, and this batch discharge end is to be communicated with this batch material feeding end;
One buffer gate control mechanism, it is the adjoining position that is arranged at this negative pressure transportation mouth and this batch material feeding end, when the detecting of each negative pressure transportation detecting counting unit when calculating material quantity through each negative pressure transportation road and equal a default batch material feeding quantity all at least, this buffer gate control mechanism can be opened, and makes the material of batch material feeding quantity on each negative pressure transportation road be delivered to this batch processed feed track via this batch material feeding end simultaneously;
When this negative pressure batch material feeding processing equipment is carried this material, this material is from this material input area input, along this throughput direction, in regular turn via this charging input end, this charging mouth, this negative pressure transportation input end, this negative pressure transportation mouth and this batch material feeding end, carry out batch processed and be delivered to this batch processed feed track, and then be delivered to this material output area.
2. as the negative pressure batch material feeding processing equipment of claim 1 a described multi-conveying-line, it is characterized in that, wherein, between the batch material feeding end and batch discharge end of this batch processed feed track, also possess most along this throughput direction and the at interval dividing plates of installing are arranged.
3. as the negative pressure batch material feeding processing equipment of claim 1 a described multi-conveying-line, it is characterized in that, wherein, this batch processed pusher output line also includes a discharging feed track, this discharging feed track possesses a discharging input end and a discharging mouth, this discharging input end is to be adjacent to this batch discharge end, and this discharging mouth is to be communicated with this discharging input end, and is adjacent to this material output area.
4. as the negative pressure batch material feeding processing equipment of claim 1 a described multi-conveying-line, it is characterized in that wherein, between discharging input end and this discharging mouth, the both sides of this discharging feed track are equiped with the discharging guide plate that extends along this throughput direction.
5. as the negative pressure batch material feeding processing equipment of claim 4 a described multi-conveying-line, it is characterized in that, wherein, also be equiped with a pusher, this pusher includes several pusher gears, a pair of pusher chain and at least one pusher cross bar, this pusher gear is the both sides correspondence position that is disposed at this batch processed pusher output line in pairs, this is that the toe joint cover invests this pusher gear respectively to the pusher chain, this pusher cross bar possesses has two to link the end and a body of rod, this binding end is the select location that is fixedly linked on this pusher chain respectively, so that this body of rod is across the both sides of this batch processed pusher output line, when this this batch processed pusher output line of material process, the body of rod of this pusher cross bar can promote this material along this throughput direction and advance, to increase the degree of stability and the speed of carrying this material.
6. as the negative pressure batch material feeding processing equipment of claim 1 a described multi-conveying-line, it is characterized in that wherein, this charging feed track is equiped with at least one charging detecting counting unit, with detecting and the material quantity of calculating through this charging feed track.
7. as the negative pressure batch material feeding processing equipment of claim 6 a described multi-conveying-line, it is characterized in that, wherein, adjoining position at this charging mouth and this negative pressure transportation input end is provided with a buffering clamping device, when the detecting of this charging detecting counting unit when calculating material quantity through this charging feed track and be higher than default value, this buffering clamping device meeting clamping material is to slow down the delivery speed of material on this charging feed track.
8. as the negative pressure batch material feeding processing equipment of claim 1 a described multi-conveying-line, it is characterized in that, wherein, between this batch material feeding end and this batch discharge end, also be equiped with most and extend to the dividing plate of this batch discharge end, to separate this material and to carry out batch processed from this batch material feeding end.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA2006101611046A CN101190749A (en) | 2006-11-30 | 2006-11-30 | Multi-conveying-line negative pressure batch material feeding processing equipment |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNA2006101611046A CN101190749A (en) | 2006-11-30 | 2006-11-30 | Multi-conveying-line negative pressure batch material feeding processing equipment |
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| CN101190749A true CN101190749A (en) | 2008-06-04 |
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| CNA2006101611046A Pending CN101190749A (en) | 2006-11-30 | 2006-11-30 | Multi-conveying-line negative pressure batch material feeding processing equipment |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106005978A (en) * | 2016-05-22 | 2016-10-12 | 俞勤 | Equipment for controlling quantity of steel balls |
| WO2016183875A1 (en) * | 2015-05-21 | 2016-11-24 | 江苏比微曼智能科技有限公司 | Multicomponent assembling device |
-
2006
- 2006-11-30 CN CNA2006101611046A patent/CN101190749A/en active Pending
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2016183875A1 (en) * | 2015-05-21 | 2016-11-24 | 江苏比微曼智能科技有限公司 | Multicomponent assembling device |
| CN106005978A (en) * | 2016-05-22 | 2016-10-12 | 俞勤 | Equipment for controlling quantity of steel balls |
| CN106005978B (en) * | 2016-05-22 | 2019-01-11 | 俞勤 | It is a kind of for controlling the equipment of steel ball number |
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Application publication date: 20080604 |